Computers Will Use More Electricity Than the Entire World can Generate by 2040

Due to our increasing demand of electric gadgets and expansion of industries, electricity demand is increasing at a faster rate across the world. Especially in developing countries, governments are struggling with generation capacity to meet up demand. This has become a huge concern.

However, as the electric generation capacity of many nations in the developing world continues to slack, a new study authored by the Semiconductor Industry Association (SIA) has revealed a gloomy picture about the world’s electricity generation and demand. The SIA meets every year to discuss how electronic components called transistors, which power computer circuits can be made smaller.

According to the study, the world would run out of electricity by 2040 because of the increasing number of computers. This means the current rate of generation of electricity in the world needs to be increased dramatically to meet with the upcoming demand.

The researchers said computers are currently using significant amounts of electricity generated in the world. And by 2040, computers will increase in numbers, demanding more electricity than the world can produce.

News. Au.com quoted the study as saying: “Computing will not be sustainable by 2040, when the energy required for computing will exceed the estimated world’s energy production.”

It is said driverless cars, personalized medicine and other intelligent applications systems are all contributing to the increasing numbers of computers. All these will require electricity to function. Already, some researchers have said they believe that by the year 2040, artificial intelligence will have matured, and it will become clever as humans. Some predict that human beings will be at risk during this time.

On transistors, the study suggested that it may not be financially viable for semiconductor companies to keep reducing the size of transistors. It recommended that the companies should focus their efforts on 3D printing and other technologies that may help better utilize the available space.

“Minimal power consumption of transistor operation has become the main requirement for the semiconductor industry dictated by the new ecosystem of the electronics industry. On the other hand, the requirement for a continuously increasing number of transistors continues unabated. To satisfy the product demand for higher transistor counts the semiconductor industry is approaching a new era of scaling,”Hack Read quoted the study as saying about transistors.

Technology experts say if we go by the ITRS study, 2021 will be the era when computers will stop becoming faster for users. Experts conclude that technology companies will now have to think of new ways to make computers powerful enough to keep up with what users are expecting. Failure to do so may result in a serious setback for the technology industry.

On the electricity generation and demand, clean energy expert say the study is a wakeup call for the world to start diversifying into electric generation sources, which are sustainable and infinite. Many believe there should be increased efforts to explore solar, wind, ocean current, and other sources where clean and renewable energy can be obtained.

I've always had an uneasy feeling with technology-based predictions 20+ years into the future. I remember my 300 watt desktop computer couldn't fluently playback this thing called "1080p HD". Less than a decade later, I've got this thing the size of a stack of coasters with a 5 volts 1.5 amps power adapter attached to my TV that can even play 4K content. Similarly I couldn't believe it when I read in a magazine in the early 2000's that soon Quake (pc game) would run on a phone! It was only for high-end desktop computers just years before.

Lastly, in the late '90s I read in a science magazine for kids the planned fusion reactor called ITER and I've been excited ever since. Unfortunately the project has been met with delays and the loss of interest by recent governments, but according to planning, first plasma is slated for 2025. I think when the need is extremely dire, more serious funding would go to serious solutions.

Speaking of serious solutions, generation IV nuclear fission reactors are a serious answer to the global energy problem. I can't believe we went through the first three dangerous generations of nuclear power, and now that the technology is finally maturing into a safe alternative, we've got green movements and populism (such as Angela Merkel closing 7 nuclear power plants in favor of burning more 'safe' coal, which even NASA agrees is just ill-considered) lobbying for an unfeasible solution to a massive problem.

Either way, 2040 is a scary time. If there is an energy crisis, it's because we chose it through feel-good policy.